Presentations:

Risk-Based Optimization as a Decision Tool for the Choice of Breakwater Types
K. Laenen
HBG Civiel bv

Virtual Performance of Rubble Mound Structures
N. Kobayashi
University of Delaware

Performance Design of Maritime Structures and Its Application to Stones and Blocks of Breakwaters
S. Takahashi
Port and Airport Research Institute

Breakopt: A Simulation System for the Probabilistic Optimization of Rubble Mound and Vertical Breakwaters
S. Alfageme
Moffatt & Nichol Engineers

Moderator:

Design of Timber Groynes
U. Perdok
HR Wallingford

Presentations:

Groin Notching in Spring Lake, New Jersey
L. Bocamazo
U.S. Army Engineer District, New York

Beach Mining Design for a Rocky Coast Close to a Harbor and Sensitive Estuary on the Namaqualand Coast
A. Theron
CSIR

Economical Rock Groynes
M. Crossman
HR Wallingford

Presentations:

Wave Overtopping Database and a First Neural Network Prediction Method
H. Verhaeghe
Ghent University

Wave Overtopping at Seadikes
H. Schuettrumpf
Federal Waterways Engineering and Research Institute

Large Scale Wave Run-Up Tests on a Rubble Mound Breakwater
B. VandeWalle
Ghent University

Wave Runup and Wave Overtopping on a Rubble Mound Breakwater: Comparison of Prototype and Laboratory Investigations
J. Moeller
Leichtweiss-Institute for Hydraulic Engineering